Replacement pin for 60 Amp Camlock connector sleeves, restoring the integrity and safety of medium-amperage power connections. Supplier: Incertech
Specialized structure currently under construction.
Specialized structure currently under construction.
Specialized structure currently under construction.
Specialized structure currently under construction.
Specialized structure currently under construction.
Specialized structure currently under construction.
Replacement pin for 60 Amp Camlock connector sleeves, restoring the integrity and safety of medium-amperage power connections. Supplier: Incertech
The 60 Amp Camlock Connector Replacement Pin is a vital internal component for maintaining the electrical and mechanical function of the 60 Amp camlock system. It provides the conductive contact surface within the camlock sleeve, ensuring efficient and safe power transfer for medium-amperage circuits common to individual heating element connections (Supplier: Incertech).
The 60A pin is subject to wear from frequent connection cycles. Replacing this pin restores the connection’s ability to handle the full 60 Amp load without resistive losses, which is critical for consistent heat output from individual ceramic pad heating elements. This is an indispensable part for the low-cost repair and long-term maintenance of your 60 Amp camlock inventory.
Replacing damaged, corroded, or broken internal pins within 60 Amp Camlock connector sleeves to ensure reliable power connection to heating elements.
| Characteristic | Details |
|---|---|
| Applicable Connector | 60 Ampere Camlock Sleeves |
| Function | Electrical Contact Point / Structural Support |
| Current Capacity | 60A |
| Supplier SKU | Pin-NCP0406 |
Specifically designed for use with Incertech 60 Amp Male and Female Camlock Sleeves (Connect-NCC0597 and Sleeve-NCS0364).
1 x 60 Amp Camlock Connector Replacement Pin.
Camlock Contact Pin, 60A Replacement Pin, Connector Insert, Medium Amperage Pin.
Yes, a worn pin creates high resistance, causing the connection itself to heat up significantly and potentially leading to a localized power drop. This results in inconsistent or insufficient heat delivery to the workpiece.
Yes, experienced technicians can typically replace the pin quickly on-site with basic tools, minimizing downtime for power cables or heating elements.
The pins are made from a high-conductivity, wear-resistant metal alloy, typically brass or a brass-based blend, to ensure minimal resistive losses at the connection interface.
**Errors and omissions excepted (E&OE)
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